Lasers are often referred to as innovative technology. Lasers are often referred to as a recent technology. Currently, lasers are also known as “problem-solvers”. Lasers were developed to solve specific tasks. Laser is used to cutting metal of a tool, to do welding. A fiber laser is also used to write numbers or names on a vessel. Even though laser technology is progressing at a rapid pace, the developers of Laser Marking Technologies are always updating it, and there are likely to be changed for coding and marking applications in the future.
How Does Laser Marking Work
Wavelengths cannot be seen (by the naked eye) by most industrial letter systems, yet it can be said that dissimilar materials respond differently to different wavelengths, and depending on your material, you may need a fiber Laser system or CO2 laser system will be needed. Laser marking is a method of marking and separating parts using laser technology. When a laser beam hits a material, its energy creates a distinct reaction that leaves a mark. You can mark it using laser annealing, or laser stripping. If you want to mark your parts successfully, it is more important to choose the right laser technology or configuration. Before you get the right material, you need to specify that your part material, what are the sizes, production processes, etc.
Parts of Laser Marking Technologies
1. CO2 Laser Markers. Gas lasers work, as their name suggests, with the gas as a light amplifying medium. The most common gas laser, at least in the marking and cutting industry, is the CO2 laser, which is pumped out by an electrical discharge. The gas medium does not heat up, so a CO2 laser can generate a high-power output average. The wavelengths at which CO2 lasers emit are more readily absorbed by organic materials than the operating wavelengths of other general laser marking solutions this website.
2. Solid-State Laser Marker. Solid-state lasers use a crystal as the amplification medium and are usually pumped with a laser diode or discharge lamp. The crystal medium produces a high concentration of atoms that produces light amplification. These lasers can have higher peak power. However, as the crystal heats up rapidly, the average power should be much lower than for other types of lasers.
laser marking Technologie Benefits
⦁ indelible code, the code is engraved on the surface which prevents unauthorized removal and aids in anti-counterfeiting.
⦁ High-quality codes, scribbling laser systems supply quality code that can match product branding, for discreet coding.
⦁ Low maintenance, every month only one visual inspection; Long service interval compared to other coding techniques.
⦁ High reliability, with coding a legal requirement in most industries, equipment reliability is critical with minimal consumables and efficient use of laser power, laser marking systems are the most reliable coding and marking tools on the market.
Conclusion
Understanding the various options available in laser marking systems will make it easier to decide which system is best suited for your application. We hope you liked the article which is based on Laser Marking Techniques click here.